Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A method for providing training to a surfer, comprising: delivering a sensory cue to a surfable region on an artificially generated surf wave in motion, the sensory cue for indicating a recommended surfing maneuver to a surfer for surfing the artificially generated surf wave, while the surfer is surfing the artificially generated surf wave, wherein the recommended surfing maneuver comprises maneuvering at least one of the surfer's body, or a surfboard used by the surfer, and wherein the recommended surfing maneuver is configured to train the surfer while the surfer is surfing in the surfable region.
This invention relates to training systems for surfers using artificially generated waves. The problem addressed is the lack of real-time guidance for surfers practicing on artificial waves, which limits skill development. The solution involves delivering sensory cues to a designated surfable area on an artificial wave to indicate recommended maneuvers. These cues guide the surfer in adjusting body position or surfboard movement to execute specific techniques while actively surfing. The system dynamically adapts to the wave's motion, ensuring the training is contextually relevant to the surfer's current position and the wave's characteristics. The sensory cues may include visual, auditory, or haptic feedback, helping surfers refine techniques such as turns, cutbacks, or aerials in a controlled environment. By integrating real-time feedback into the surfing experience, the invention enhances skill acquisition and muscle memory development without requiring external instruction. The approach is particularly useful for surfers training in wave pools or artificial wave facilities, where traditional coaching methods may be less effective due to the repetitive nature of the waves. The system aims to bridge the gap between practice and performance by providing immediate, actionable guidance tailored to the surfer's movements and the wave's dynamics.
2. The method of claim 1 , wherein the sensory cue is delivered based on at least one of visual recognition of the artificially generated surf wave, or a time synchronization with a wave generation mechanism used to generate the artificially generated surf wave.
Artificial wave generation systems are used in surfing pools to create consistent, controllable waves for surfers. A key challenge is ensuring surfers can effectively time their maneuvers with the generated waves. This invention addresses this by delivering sensory cues to surfers to improve synchronization with artificially generated surf waves. The method involves providing a sensory cue to a surfer, where the cue is based on either visual recognition of the wave or time synchronization with the wave generation mechanism. Visual recognition may involve tracking the wave's shape, speed, or position to determine the optimal moment for the cue. Alternatively, the cue can be synchronized with the wave generation mechanism's timing, ensuring the cue aligns with the wave's expected arrival. The sensory cue can be delivered through visual, auditory, or haptic feedback, helping surfers anticipate and react to the wave more effectively. This improves performance by reducing the need for guesswork and enhancing coordination between the surfer and the artificial wave. The method may also integrate with other systems, such as wave height or speed adjustments, to further optimize the surfing experience.
3. The method of claim 2 , wherein a current position of the artificially generated surf wave is determined based on at least one of visual recognition of the artificially generated surf wave, or a time synchronization with a wave generation mechanism used to generate the artificially generated surf wave.
This invention relates to systems for generating and tracking artificially created surf waves in a controlled environment, such as a wave pool. The technology addresses the challenge of accurately determining the position of a dynamically moving surf wave to enhance user experience and safety. The method involves generating an artificial surf wave using a wave generation mechanism, such as a pneumatic or hydraulic system, and then tracking its current position in real time. The position is determined using either visual recognition techniques, such as computer vision or image processing, to identify the wave's location within the pool, or by synchronizing with the wave generation mechanism's timing data to predict the wave's movement. This allows for precise monitoring of the wave's progression, enabling adjustments to user positioning, safety measures, or subsequent wave generation to optimize surfing conditions. The system ensures that surfers can interact with the wave at the optimal moment, improving both performance and safety in artificial wave environments.
4. The method of claim 2 , wherein the surfable region comprises regions of the surf wave in which the water swells, rises and part of the region in which the water plunges forward to fall creating a barrel or a tube on the surf wave, wherein a current position of the surfer and a current position of the surfboard is determined using at least one of a global positioning system (GPS), cellular communication, Bluetooth, WiFi, a gyroscope, an accelerometer, or a magnetometer.
This invention relates to surfing technology, specifically systems for tracking and analyzing a surfer's position relative to a surfable region of a wave. The problem addressed is the difficulty in accurately determining a surfer's location within dynamic wave structures, particularly the surfable regions where the water swells, rises, and forms a barrel or tube as it plunges forward. Traditional tracking methods often fail to provide precise positioning data in such rapidly changing environments. The invention involves determining the current position of both the surfer and the surfboard using one or more tracking technologies, including GPS, cellular communication, Bluetooth, WiFi, gyroscopes, accelerometers, or magnetometers. These sensors provide real-time positional data, enabling the system to identify the surfer's location within the surfable region of the wave. The surfable region is defined as the area where the wave swells, rises, and forms a barrel or tube as it plunges forward. By continuously monitoring the surfer's position, the system can assess performance, safety, or other metrics related to wave riding. The use of multiple tracking technologies ensures accuracy even in challenging conditions, such as rapid wave movements or signal interference. This approach enhances surfing analysis, training, and safety by providing precise spatial data in real-time.
5. The method of claim 2 , wherein the sensory cue includes a light pattern generated by at least one of a first light source positioned outside water in which the artificially generated surf wave is generated or a second light source positioned inside water in which the artificially generated surf wave is generated, a sound, a touch-based sense, or an image or text displayed on a digital display.
This invention relates to systems for generating artificially created surf waves, particularly focusing on enhancing user experience through sensory cues. The technology addresses the challenge of providing surfers with real-time feedback and guidance in artificial wave environments, which lack the natural cues found in ocean surfing. The method involves integrating multiple sensory feedback mechanisms to inform surfers about wave conditions, timing, and performance. The system includes at least one light source positioned either outside or inside the water where the artificial wave is generated. These light sources produce patterns to signal wave formation, direction, or other relevant information. Additionally, the system may use sound cues, such as audio signals or voice instructions, to provide guidance. Tactile feedback, such as vibrations or pressure changes, can also be employed to enhance the surfer's awareness. Furthermore, digital displays may show images or text to convey instructions, performance metrics, or wave characteristics. By combining these sensory inputs, the invention aims to improve the surfing experience in artificial wave environments, making it more intuitive and engaging for users of varying skill levels. The sensory cues help surfers anticipate wave behavior, adjust their techniques, and receive immediate feedback, thereby bridging the gap between natural and artificial surfing conditions.
6. The method of claim 1 , wherein the sensory cue is light generated by a light source mechanically coupled to a wave generation mechanism and positioned to be visible from the surfable region.
This invention relates to surfing training systems that use sensory cues to improve performance. The problem addressed is the difficulty surfers face in timing their maneuvers with wave conditions, often due to poor visibility or unpredictable wave patterns. The solution involves a light source mechanically coupled to a wave generation mechanism, positioned to be visible from the surfable region. The light source provides visual feedback to surfers, indicating optimal moments to perform maneuvers based on wave dynamics. The wave generation mechanism creates controlled wave patterns, while the synchronized light cue helps surfers anticipate and synchronize their actions with the waves. This improves training efficiency by providing real-time, actionable feedback in a controlled environment. The system enhances skill development by bridging the gap between theoretical wave knowledge and practical application, ensuring surfers can practice maneuvers with precise timing. The invention is particularly useful in artificial wave pools or training facilities where wave conditions can be manipulated for educational purposes.
Unknown
February 18, 2020
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